TX3300Cl Methanol Fuel Inorganic Element Analyzer
The TX3300Cl Methanol Fuel Inorganic Element Analyzer is a highly sensitive portable spectrometer. It utilizes total reflection X-ray technology combined with intelligent operating software to perform multi-element micro/trace inorganic element analysis. This device offers a highly efficient and precise solution for micro/trace element detection.
In addition to its high performance, ease of use, and environmentally friendly design, the TX3300Cl features a compact structure that is convenient for transportation and mobility. It serves as an ideal tool for improving methanol fuel quality control and supporting R&D innovation. The device is suitable for applications in new energy, chemical industry, environmental monitoring, and other sectors, helping businesses achieve efficient production and sustainable development.
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Features
Energy sector: Methanol is an alternative energy source, and its quality affects efficiency and safety. Elemental analysis detects impurities, ensuring quality, environmental compliance, and enhancing competitiveness.
Environmental protection: the use of methanol can release harmful inorganic elements into the environment. These elements can be controlled with detection and treatment devices to prevent environmental damage.
Chemical field: an important raw material used in the production of methanol, fertilizers, plastics, paints, and pesticides. Its analysis helps optimize production and ensures product quality and purity.
Technical Parameters
| Size | 360mm x 265mm x 365mm ( LxWxH ) |
| Weight | ≤11kg（without battey ） |
| Core Technology | Total reflection X-ray fluorescence (TXRF) |
| Element Range | S、Cl |
| Concentration Range |
0.3ppm-100ppm |
| Test time | 30s-600s（User-settable） |
| Sample Types |
Liquids, suspensions |
| Sample carrier |
Glass carriers |
| X-ray tube |
High brightness micro-focus fixed target light source |
| Optical system | Multi-layer monochromator |
| Detector | SDD |
| Data Display System | Integrated instrument with built-in display, super large industrial-grade capacitive screen |
| Accessories(option) |
Sample tube,Pipette,Heating dryer, Standard substances,etc. |
Advantages
Lightweight and easy to carry
The device is small and lightweight, making it easy to carry and transport. Users can easily take the TXRF to the field for fast and accurate elemental analysis without having to bring samples back to the laboratory, significantly increasing work efficiency.
Light element analysis
Compared to traditional XRF technology, TXRF offers lower detection limits for light elements such as sulfur (S) and chlorine (Cl). Even trace amounts of light elements can be accurately detected, providing a more refined and efficient solution for light element analysis.
Detection limit up to ppb level
The device surpasses the detection limits of traditional XRF, achieving detection levels as low as ppb. It can accurately measure and analyze microelements, including trace elements.
Extremely small sample analysis at μL/ng level
Considering that this method requires only a very small amount of sample for analysis, it is ideal for situations where sample volume is limited.
Safe and reliable
Compared to traditional X-ray fluorescence spectrometers, TXRF features a specialized geometric design that reduces radiation exposure risk and ensures operator safety.
Service Support
We have a 24/7 customer service hotline. Our company is dedicated to providing an excellent customer experience by responding quickly to customer needs, offering professional services, and continuously improving our products.
High stability and reliability
By adopting a high-performance detector and a unique optical path system, it can achieve highly consistent analysis results even during long-term continuous operation.
Low Operating Cost
Compared to imported equipment, TXRF is not only more cost-effective but also features a design optimized for low-energy operation. This design allows for a smaller sample volume, thereby reducing the need for expensive reagents and standards. Additionally, since the sample dissolution procedure does not require equipment or hazardous chemicals, it is extremely economical.